High-Performance Paper Machine Dewatering Elements for Efficient Production
This series of long wire paper machine dewatering components takes the coupling optimization of multiple physical fields and the collaborative innovation of materials, structures and processes as the core, and builds a precise control system covering the entire wet dewatering process of paper sheets. Through four technical pillars including ultra-hard ceramic matrix, gradient vacuum field regulation, bionic flow channel design and intelligent energy efficiency management, it achieves a three-dimensional breakthrough in dewatering efficiency, forming quality and operational economy. The product matrix covers three core components: the super wear-resistant ceramic dehydration plate (ZTA-Nano® composite matrix), the intelligent gradient vacuum vacuum roller (3D-Vacuum™ three-zone dynamic regulation), and the self-cleaning wet suction box (SharkFin™ bionic flow field enhancement system). It is suitable for the production requirements of wide paper types with a speed of 200-2500m/min and a basis weight of 30-600g/m², and is particularly good at overcoming the technical bottlenecks of high-speed thick paper dehydration and ultra-thin paper uniformity control




Product No |
XB-95 |
XB-99 |
AI203(%) |
>=95 |
>=99 |
Density(g/cm3) |
>=3.70 |
>=3.85 |
Absorption(%) |
<0.1 |
<0.1 |
Bending Strength(Mpa) |
>250 |
>300 |
Thermal conductivity(w/M-k) |
20-24 |
28-30 |






